Download GE Severe Service Valves masoneilan 72000 series Technical Specifications

GE Oil & Gas
Technical Specifications
05/2013
Masoneilan*
72000 Series Control Valve
Large Mass Flow Energy Management
Control Valves
2 | GE Oil & Gas
Table of Contents
Introduction................................................................................................................3
Hydrocarbon Service Material Options.......................................................10
Product Features......................................................................................................3
Steam Service Material Options.....................................................................11
General Data..............................................................................................................5
Selection Instructions..........................................................................................12
Numbering System.................................................................................................6
Typical Dimensions..............................................................................................12
Temperature Range / Seat Leakage...............................................................6
Approximate Shipping Weights......................................................................13
Rated CV Table..........................................................................................................7
Accessories and Options...................................................................................13
General Arrangement and Parts Description���������������������������������������������8
Introduction
Masoneilan’s 72000 Series energy management and low noise
products by GE are specifically designed for applications with
large mass flow rates and high differential pressures. Typical
installations may be found in compressor surge control, gas
to flare, atmospheric vent, or other applications where the
ratio of inlet/outlet pressures require substantial levels of noise
attenuation and large valve sizes. A variety of options and
configurations are available to create effective solutions for our
customers’ specific applications.
The 72000 Series is a valve solution engineered to meet a client’s
need. As such, the exact product configuration may differ from
the general specifications, dependent upon the application. For
additional information contact your local GE Sales representative.
The 72000 Series Control Valve may be custom engineered to fit
an application. The data within this catalog is representative of
typical configurations and does not include all potential design
options.
Product Features
Engineered – Best Fit – Solutions
At GE we believe our customers deserve the Best Fit solution for
their severe service valve applications. Our broad product portfolio
and valve trim technologies allow an uncompromising approach
in addressing a client’s need, and therefore, each 72000 Series
valve is engineered to meet a customer’s exact specifications and
application conditions. This allows us to offer the most technically
advanced and cost-effective solution to your energy management
and noise control applications.
Low Noise Trim
Our Best Fit approach allows for the widest range of noise
attenuation options, providing the desired noise level at the lowest
cost of ownership. These attenuation products range from single
and double stage Lo-dB® trim or up to as many as 40 stages of
3-dimensional V-LOG® tortuous path trim. The selected trim option
is always custom engineered to provide best results for each
unique application.
Single and double stage Lo-dB trim is selected in most low to
moderate pressure drop ratio applications. This technology is
customized by modifying the size and spacing of each hole drilled
into the cage to provide a minimal sound pressure level at the trim
exit.
The 3-dimensional tortuous path design of Masoneilan’s V-LOG
trim controls pressure reduction through the management of the
process fluid energy. This is accomplished by directing the gas
through discrete flow channels that are designed with multiple
stages consisting of 90-degree turns along with the intermediate
contractions and expansions in the flow area. The enhanced flow
geometry of the V-LOG trim creates a series of kinetic energy
losses, followed by partial energy recoveries at each stage. This
gradual letdown process is highly effective for noise attenuation
due to the staged reduction of the fluid’s pressure.
Large Pressure Drop – Energy
Management
Process applications that require the 72000 Series design often
experience extremely high pressure drop ratios (P1/P2). These
high ratios release large amounts of energy as the process fluid’s
pressure is reduced. This energy release can lead to excessive
noise and vibration if not properly addressed in the valve design.
The 3-dimensional tortuous path design of Masoneilan’s V-LOG®
Trim controls pressure reduction through the management of
process fluid energy. This is accomplished by directing the gas
through discrete flow channels.
72000 Series Large Mass Flow Energy Management Control Valves | 3
Product Features (cont.)
The labyrinth flow path of the V-LOG Trim subjects the gas to a
high level of friction as it is redirected through each turn in the
flow path. V-LOG’s patented flow contractions produce maximum
flow resistance.
The enhanced flow geometry of the V-LOG trim creates a series of
kinetic energy losses, followed by partial energy recoveries at each
state. This gradual letdown process is highly effective for noise
attenuation due to the staged reduction of the fluid pressure.
Each stage of the V-LOG trim is designed with an expansion in
flow area, which is essential for managing fluid velocity that would
otherwise increase as the pressure is reduced across each stage.
The expanding area is designed to compensate for the volumetric
expansion of the gas, preventing any increase in the kinetic energy
as the pressure is reduced.
Trim velocity control is important for maintaining low aerodynamic
noise levels within the valve body and trim. High velocity trim exit
flow will yield high magnitude sound waves, which lead to valve
body vibration in high-pressure letdown applications.
As a gas experiences a large reduction in pressure, the volume
of the gas expands. This phenomenon will yield a higher
downstream velocity if the piping is designed without considering
this volumetric expansion. Masoneilan’s 72000 Series is designed
with expanded outlet areas to accommodate this expansion, and
minimize the overall system noise level.
* GE considers both outlet mach number and the outlet expansion
ratio for system noise calculation, per the IEC International Noise
Predication Standard (IEC-60534-8-3).
4 | GE Oil & Gas
High Capacity
GE has developed flexible, automated design tools for the 72000
Series line, allowing “ground up” fabrication of custom engineered
valve solutions in very short lead times. High capacities and
custom Cvs are met through a wide range of valve plug diameters,
stroke lengths, and body gallery diameters to suit any application
within standard product lead times.
Balanced Plug
Balanced plug designs deliver stability with smaller actuator thrust
requirements, as compared to unbalanced designs. Normally, the
72000 Series valves are installed in a flow-to-open configuration
allowing radial expansion from the smaller diameter cage to
the expanded area of the valve body. The free expansion of the
fluid and precise separation of the trim exit flow jets, maximize
trim noise attenuation and minimizes vibration within the valve
body. For installations that require flow-to-close configurations,
an auxiliary pilot plug may be supplied to reduce actuator thrust
requirements.
Ease of Maintenance
Top entry trim allows easy access to the valve internals for lower
life cycle costs and easier maintenance activity. GE provides
ample padeyes and tapped holes for standard lifting and handling
equipment, eliminating the need for special fixtures or tooling.
All trim components are cage guided, with ample clearance at
the body, bonnet, and bridge regions for ease of removal and
replacement. The 72000 Series design employs a minimum
number of gaskets and soft goods, making outage planning and
stocking requirements easier.
General Data
Operating Data
Flow Direction
Flow to Open (Standard)
Flow to Close (Auxiliary Pilot Plug Option Only)
Flow Direction
Flow-to-Open (Standard)
Flow-to-Close (Optional)
Construction
Body, Bonnet & Bonnet Flange; Fabricated or Cast
Styles:
Angle (Figures 1, 2, and 3)
Materials:
Body
Carbon Steel
Low Temperature Carbon Steel
316 Stainless Steel
Chrome Moly Steels
Other materials available on request
Sizes:
Inlet 4” – 30” (DN 100-750)
Outlet 6” – 36” (DN 150-900)
Larger sizes available on request
Connections: End Types
ANSI Flanges
Printed or Through Bolted
RTJ Flanges
Printed or Through Bolted
Buttweld
API
Pressure Rating: Inlet Ratings: ANSI Class 150# – 2500#
Outlet Ratings: ANSI Class 150# – 600#
Others available upon request
Trim
Plug:
Balanced
Unbalanced
Auxiliary Pilot
Cage or Stack: Ported Cage
Single Stage Lo-dB
Double Stage Lo-dB
V-LOG Stack
Partial Stack
Seat Ring:
Quick Change
72000 Series Large Mass Flow Energy Management Control Valves | 5
Numbering System
1st
2nd
Actuator Type
Body
Series
87Spring-Diaphragm
(Air to Close)
72Fabricated
Angle Valve
88Spring-Diaphragm
(Air to Open)
51Cylinder
Double Acting
1st
2nd
7
2
Seal Type
0Unbalance
2Polymeric
Seal Ring and
Soft Seat
4Metal Seal
Ring and
Metal Seat
with Auxiliary
Pilot Plug
52Cylinder
Spring Return
(Air to Close)
3rd
5th
4th
Trim
Characteristic
6th
Options
Trim Type
0Custom
Characteristic
0Undefined
1Single Stage
Lo-dB
1Linear
2Double
Stage Lo-dB
2 Equal %
4Modified
Linear
ASAngle
Stub
EBExtension
Bonnet
DDiffuser
8Partial Stack
9V-LOG
5Metal
Seal Ring and
Metal Seat
53Cylinder
Spring Return
(Air to Open)
6Polymeric
Seal Ring and
Metal Seat
9Graphite
Seal Ring and
Metal Seat
Temperature Range / Seat Leakage
Seal Ring
Seat Ring
Leakage Class
Temperature Ranges (1)
Min.
Max.
Unbalance
Metal
Class V
MSS-SP-61
-320°F
(-196°C)
1100°F
(594°C)
Polymeric
(Pressure Energized)
Filled PTFE
Class IV,
V, VI
-50°F
(-46°C)
450°F
(232°C)
Pilot Plug
Metal
Class V
-320°F
(-196°C)
1100°F
(594°C)
Metal
Metal
Class III
-320°F
(-196°C)
1100°F
(594°C)
Polymeric
(Pressure Energized)
Metal
Class IV,V
MSS-SP-61
-50°F
(-46°C)
450°F
(232°C)
Graphite
Metal
Class III,IV
-320°F
(-196°C)
850°F
(454°C)
1. Cryogenic and high temp construction available, consult factory.
6 | GE Oil & Gas
Flow Capacity
Rated CV
Approximate CV values are intended for estimation only. The actual CV values will vary depending on the number of turns, stroke length,
and resistance factor of each valve design. The specific CV values will be determined by a GE engineer.
Size
(Inch)
V-LOG # of Turns
8
16
24
36
Single Stage
Lo-dB
Double Stage
Lo-dB
4x6
100
70
38
25
200
110
4x8
140
98
53
35
265
140
4 x 10
175
125
66
44
300
165
6x6
220
154
84
55
320
175
225
6x8
275
192
105
68
425
6 x 10
325
230
125
80
500
275
8x8
450
315
170
112
575
310
8 x 10
525
368
200
130
650
350
8 x 12
550
385
210
138
900
500
10 x 10
600
420
230
150
850
475
10 x 16
660
462
250
165
1000
550
10 x 18
700
490
266
175
1200
680
10 x 20
730
510
278
182
1750
970
12 x 12
1050
735
400
260
1100
600
12 x 16
1200
840
460
300
1200
680
12 x 18
1280
900
485
320
1350
720
12 x 20
1320
920
500
330
1600
880
1250
12 x 24
1350
945
510
338
2250
16 x 16
1400
980
532
350
1750
950
16 x 20
1525
1065
580
380
2250
1250
16 x 24
1600
1120
608
400
2800
1520
16 x 30
1650
1155
627
410
3500
1930
20 x 20
1600
1120
610
400
2500
1380
20 x 24
1800
1260
685
450
2750
1520
20 x 30
1950
1365
740
485
3700
2000
20 x 36
2100
1470
800
525
5000
2750
24 x 24
2150
1500
820
540
3500
1930
24 x 30
2400
1680
910
600
4500
2500
24 x 36
2500
1750
950
625
6400
3500
30 x 30
3000
2100
1140
750
9400
5000
30 x 36
3600
2520
1370
900
13500
7000
These values represent typical construction. Larger or reduced capacity available upon request, consult factory.
Minimum Controllable CV
V-LOG # of Turns
Plug
(Inch)
8
16
24
36
Single Stage
Lo-dB
Double Stage
Lo-dB
4
2
1.5
0.8
0.6
4
3
6
4
3
2.5
2.2
8
7
8
6
5
3.6
3
15
12
10
9
6
4.7
4
30
25
12
15
12
9
7
40
35
16
20
14
11
8
70
60
20
25
18
14
11
90
75
24
40
26
20
14
120
105
30
60
40
25
18
250
215
72000 Series Large Mass Flow Energy Management Control Valves | 7
General Arrangement and
Parts Description
Ref. No.
Body
2
Bonnet
3
Body Stud
4
Body Nut
5
Hung Cage
•6
Stem
8
Plug
9
Seal Ring
10
Cap Screw
11
Soft Seat
12
Seat Ring
13
Seat Ring Cap Screw
15
Packing Flange Stud
16
Packing Flange Nut
17
Packing Flange
18
Packing Follower
20
Packing S/A
Guide Bushing
• Recommended Spare Parts
Ref. No.
Description
1
Body
2
Bonnet
3
Bonnet Flange
4
Body Stud
5
Body Nut
6
Metal Seal
7
Stem
8
Plug
9
Seal Ring
10
Inner Cage
11
Outer Cage
12
Soft Seat
13
Seat Ring
•14
Figure 2 – High Pressure, Lo-dB
(Double Stage Option Shown)
Gasket
7
•19
Figure 1 – Hung Cage Construction
Description
1
Gasket
15
Packing Flange Stud
16
Packing Flange Nut
17
Packing Flange
18
Packing Follower
•19
20
Packing S/A
Guide Bushing
• Recommended Spare Parts
8 | GE Oil & Gas
General Arrangement and
Parts Description
Cut Away View of Angle Style Valve
with V-LOG Trim
Ref. No.
Description
1
Body
2
Bonnet
3
Bonnet Flange
4
Body Stud
5
Body Nut
6
Metal Seal
7
Stem
8
Plug
9
Seal Ring S/A
10
V-Log Restrictor
11
Cage Retainer
13
Seat Ring
•14
Gasket
15
Packing Flange Stud
16
Packing Flange Nut
17
Packing Flange
18
Packing Follower
•19
20
Packing S/A
Guide Bushing
• Recommended Spare Parts
Figure 3 – V-LOG Construction
72000 Series Large Mass Flow Energy Management Control Valves | 9
Hydrocarbon Service Material Options
Ref. No.
Temperature Range
-450°F
-232°C
-20°F
-29°C
Description
1
Body
2
Bonnet
3
Bonnet Flange
4
Body Stud
5
Body Nut
6
Metal Seal
650°F
-343°C
Standard and Optional Materials
Carbon Steel
300 Series Stainless Steel
Carbon Steel
300 Series Stainless Steel
Carbon Steel
300 Series Stainless Steel
Alloy Steel ASTM A193 Gr B7(1)
Alloy Steel ASTM A193 Gr B7M(2)
Alloy Steel ASTM A194 Gr 2H(1)
Alloy Steel ASTM A194 Gr 2HM(2)
Alloy Steel
17-4 PH Condition H-1150M(3)
7
Stem
8
Plug
9
Seal Ring Sub-Assembly
10
Cage
316 Stainless Steel
11
Cage Retainer
316 Stainless Steel(3)
13
Seat Ring
316 Stainless Steel with Hardfaced Seat(3)
14
Gasket
316 Stainless Steel with Flexible Graphite Filler (Spiral Wound)
15
Packing Flange Stud
16
Packing Flange Nut
17
Packing Flange
Nitronic® 50(3)
316 Stainless Steel / Chrome Plated and Hardfaced(3)
PTFE + 25% Graphite and ELGILOY® Spring
Graphite
(3)
304 Stainless Steel ASTM A193 Gr B8 Class 2(1)
Alloy Steel ASTM A193 Gr B7M(2)
304 Stainless Steel ASTM A194 Gr 8(1)
Alloy Steel ASTM A194 Gr 2HM(2)
300 Series Stainless Steel
18
Packing Follower
19
Packing Sub-Assembly
Teflon® V-Ring
Flexible Graphite
20
Guide Bushing
RTFE
Stellite® 6 UNS 30006
Notes:
300 Series Stainless Steel
1. Materials designated for these parts conform to NACE MR0103 Class III bolting requirements.
2. Materials designated for these parts conform to NACE MR0103 Class I or Class II bolting requirements.
3. Materials and processes in accordance with the requirements of NACE MR0103. Applications
requiring compliance to NACE MR0175 - 2003 or ISO 15156 must be reviewed by GE.
10 | GE Oil & Gas
Materials of Construction
Ref.
No.
Temperature
Range
-20°F
-450°F
-29°C
-232°C
Description
1
Body
-650°F
-343°C
-800°F
-426°C
-950°F
-510°C
-1100°F
-593°C
Standard and Optional Materials
Carbon Steel
Chromoly Steel
2
Bonnet
Carbon Steel
Chromoly Steel
3
Bonnet Flange
Carbon Steel
Chromoly Steel
4
Body Stud
Alloy Steel ASTM A193 Gr B7
316 St. St. ASTM A193
Gr B16
Super Alloy ASTM A453
Grade 660
5
Body Nut
Alloy Steel ASTM A194 Gr 2H
Carbon SteelAlloy Steel
ASTM A194 Gr 4
304 St. St. ASTM A194 Gr 8
6
Metal Seal
7
Stem
8
Plug
Alloy Steel
17-4 PH Condition H-1150M
Inconel® X-750
316 Stainless Steel / Chrome Plated and Hardfaced
420 Stainless Steel
4130 Alloy Steel
9
10
Seal Ring
Sub-Assembly
Cage
PTFE + 25% Graphite and
ELGILOY® Spring
Graphite
Nitrided CA6NM
316 Stainless Steel
410 Stainless Steel
Inconel® 718
11
Cage Retainer
13
Seat Ring
14
Gasket
15
Packing Flange
Stud
304 Stainless Steel ASTM A193 Gr B8 Class 2
16
Packing Flange
Nut
304 Stainless Steel ASTM A194 Gr 8
17
Packing Flange
300 Series Stainless Steel
18
Packing Follower
19
Packing
Sub-Assembly
Teflon® V-Ring
Flexible Graphite
20
Guide Bushing
RTFE
Stellite® 6 UNS 30006
Notes:
316 Stainless Steel
410 Stainless Steel
316 Stainless Steel with Hardfaced Seat
416 Stainless Steel
316 Stainless Steel with Flexible Graphite Filler
(Spiral Wound)
Inconel with Graphite (Spiral Wound)
®
300 Series Stainless Steel
1. The materials listed above are for standard configurations.
2. Specific applications may require material changes for optimum performance.
3. Consult factory for applications above 800˚F or where large thermal transients exist.
72000 Series Large Mass Flow Energy Management Control Valves | 11
Selection Instructions
product. Each 72000 Series valve is specified with the Best Fit
number of turn or stages according to the noise requirements and
pressure drop ratio. Please contact your local GE representative
for application assistance.
Specifying an energy management or low noise product involves
sound engineering judgment and application understanding.
GE has developed a computer-based valve sizing and selection
program to aid our application specialists in choosing the correct
Typical Dimensions
Approximate Body Dimensions
Approximate dimensions for 72000 Series valve are intended for
estimating purposes only. Dimensions for a specific design can be
provided by the factory upon request.
Size
(Inch)
12 | GE Oil & Gas
A
B
C
Size
(Inch)
4x6
13
11
24
4x6
4x8
14
12
25
4 x 10
15
13
26
6x6
14
12
28
6x6
Dimension for ANSI 300# (Inch)
Dimension for ANSI 300# (mm)
A
B
C
330
279
610
4x8
356
305
635
4 x 10
381
330
660
356
305
711
6x8
14
12
29
6x8
356
305
737
6 x 10
15
13
31
6 x 10
381
330
787
8x8
16
13
33
8x8
406
330
838
8 x 10
16
13
34
8 x 10
406
330
864
8 x 12
18
14
35
8 x 12
457
356
889
10 x 10
19
16
36
10 x 10
483
406
914
10 x 16
19
18
38
10 x 16
483
457
965
10 x 18
21
20
39
10 x 18
533
508
991
10 x 20
21
26
42
10 x 20
533
660
1067
12 x 12
21
30
42
12 x 12
533
762
1067
12 x 16
22
31
44
12 x 16
559
787
1118
12 x 18
22
32
45
12 x 18
559
813
1143
12 x 20
23
32
46
12 x 20
584
813
1168
12 x 24
24
32
50
12 x 24
610
813
1270
16 x 16
27
32
50
16 x 16
686
813
1270
16 x 20
27
33
52
16 x 20
686
838
1321
16 x 24
28
34
56
16 x 24
711
864
1422
16 x 30
30
34
60
16 x 30
762
864
1524
20 x 20
32
34
64
20 x 20
813
864
1626
20 x 24
32
35
68
20 x 24
813
889
1727
20 x 30
34
36
68
20 x 30
864
914
1727
20 x 36
36
39
70
20 x 36
914
991
1778
24 x 24
38
40
70
24 x 24
965
1016
1778
24 x 30
38
40
70
24 x 30
965
1016
1778
24 x 36
40
43
71
24 x 36
1016
1092
1803
30 x 30
42
44
72
30 x 30
1067
1118
1892
30 x 36
44
45
75
30 x 36
1118
1143
1905
Approximate Shipping Weights
Approximate shipping weights are intended for estimating purposes. Weights for a specific design can be provided
by the factory upon request.
Size
(Inch)
Weight for ANSI
300# (lbs)
Size
(Inch)
Weight for
ANSI 300# (lbs)
Size
(Inch)
Weight for
ANSI 300# (lbs)
4x6
1,000
10 x 18
3,500
20 x 20
11,250
4x8
1,100
10 x 20
3,800
20 x 24
12,500
4 x 10
1,250
12 x 12
4,000
20 x 30
14,000
6x6
1,100
12 x 16
4,200
20 x 36
15,000
6x8
1,200
12 x 18
4,500
24 x 24
13,000
6 x 10
1,400
12 x 20
5,000
24 x 30
14,500
8x8
1,600
12 x 24
6,000
24 x 36
15,500
8 x 10
1,700
16 x 16
6,500
30 x 30
15,000
8 x 12
2,000
16 x 20
7,250
30 x 36
16,000
10 x 10
3,000
16 x 24
8,500
10 x 16
3,200
16 x 30
10,000
Size
(Inch)
Weight for
ANSI 300# (kgs)
Size
(Inch)
Weight for
ANSI 300# (kgs)
Size
(Inch)
Weight for
ANSI 300# (kgs)
4x6
454
10 x 18
1,588
20 x 20
5,103
4x8
499
10 x 20
1,724
20 x 24
5,670
4 x 10
567
12 x 12
1,814
20 x 30
6,350
6x6
499
12 x 16
1,905
20 x 36
6,804
6x8
544
12 x 18
2,041
24 x 24
5,897
6 x 10
635
12 x 20
2,268
24 x 30
6,577
8x8
726
12 x 24
2,722
24 x 36
7,031
8 x 10
771
16 x 16
2,948
30 x 30
6,804
8 x 12
907
16 x 20
3,289
30 x 36
7,258
10 x 10
1,361
16 x 24
3,856
10 x 16
1,452
16 x 30
4,536
Accessories and Options
For complete information and specifications on the following contact your GE Representative.
Actuation/Instrumentation
•Higher Thrust Pneumatic Cylinders up to
1,000 square inch effective area
•Electric Actuators
•Hydraulic manual override for pneumatic
piston actuators
•Dust boot for plug/actuator stem
•Fast response package for quick opening
times
•Smart Systems/On line diagnostics
Valve
•Other body materials
•Special end connections
•Special trim materials
•Custom trim characterization
•Body drain plug
•Extension bonnets
Documentation and Test
•Nondestructive examination
•Response verification
•Certified material test reports
•Flow testing (through 8” outlet only)
72000 Series Large Mass Flow Energy Management Control Valves | 13
Notes
14 | GE Oil & Gas
Notes
72000 Series Large Mass Flow Energy Management Control Valves | 15
DIRECT SALES OFFICE LOCATIONS
BELGIUM
Phone:+32-2-344-0970
Fax:+32-2-344-1123
KOREA
Phone:+82-2-2274-0748
Fax:+82-2-2274-0794
BRAZIL
Phone:+55-11-2146-3600
Fax:+55-11-2146-3610
MALAYSIA
Phone:+60-3-2161-0322
Fax:+60-3-2163-6312
CHINA
Phone:+86-10-8486-4515
Fax:+86-10-8486-5305
MEXICO
Phone:+52-5-310-9863
Fax:+52-5-310-5584
FRANCE
Courbevoie
Phone:+33-1-4904-9000
Fax:+33-1-4904-9010
THE NETHERLANDS
Phone:+0031-15-3808666
Fax:+0031-18-1641438
GERMANY
Ratingen
Phone:+49-2102-108-0
Fax:+49-2102-108-111
INDIA
Mumbai
Phone:+91-22-8354790
Fax:+91-22-8354791
New Delhi
Phone:+91-11-2-6164175
Fax:+91-11-5-1659635
ITALY
Phone:+39-081-7892-111
Fax:+39-081-7892-208
JAPAN Chiba
Phone:+81-43-297-9222
Fax:+81-43-299-1115
RUSSIA
Veliky Novgorod
Phone:+7-8162-55-7898
Fax:+7-8162-55-7921
Moscow
Phone:
Fax:
+7 495-585-1276
+7 495-585-1279
SAUDI ARABIA
Phone:+966-3-341-0278
Fax:+966-3-341-7624
SINGAPORE
Phone:+65-6861-6100
Fax:+65-6861-7172
SOUTH AFRICA
Phone:+27-11-452-1550
Fax:+27-11-452-6542
SOUTH and CENTRAL
AMERICA and the CARIBBEAN
Phone:+55-12-2134-1201
Fax:+55-12-2134-1238
SPAIN
Phone:+34-93-652-6430
Fax:+34-93-652-6444
UNITED ARAB EMIRATES
Phone:+971-4-8991-777
Fax:+971-4-8991-778
UNITED KINGDOM
Wooburn Green
Phone:+44-1628-536300
Fax:+44-1628-536319
UNITED STATES
Massachusetts
Phone:+1-508-586-4600
Fax:+1-508-427-8971
Corpus Christi, Texas
Phone:+1-361-881-8182
Fax:+1-361-881-8246
Deer Park, Texas
Phone:+1-281-884-1000
Fax:+1-281-884-1010
Houston, Texas
Phone:+1-281-671-1640
Fax:+1-281-671-1735
* Trademark of General Electric Company
Other company names and product names used in this document are the registered trademarks
or trademarks of their respective owners.
© 2013 General Electric Company. All rights reserved.
GEA20214 05/2013